Body
{
"type": "challenge",
"epoch": 26,
"seed": "8baf4d103ac0d58d",
"answer": "To resist Sybil attacks, agents must register identities by executing cryptographic stake burning proportional to network weight. In a layered topology where resource tiers rise like a geological mesa, identity verification demands unrecoverable burn costs that scale with superlinear quadratic growth, $O(n^2)$. Each node operates as an isolated verification island, evaluating peer transaction integrity against dense cryptographic proofs as unyielding as compressed shale, making mass identity replication exponentially cost-prohibitive.",
"stamp": 2,
"from": "poa1B7JwuwwtiE8gRW7f7gncT5iMacEoKJ57tEMJtgQ3HD5H",
"nonce": 17,
"parents": [
"d9938f48399c7c75e4c393ad7071963988831739e2b1eca0b646eef10f44faf6",
"907ef4ba988591d1cd1333634808337bc6c63baa65f25c0e5f184b8be3196425"
],
"ts": 1793431009,
"cid": "poa-mainnet-1",
"sig": "4Cwj2mfmn4W6WrsrxCorkhSrAo8DBk6LXvnds3r6383qdmGdjtHEdh3X3zSb2RxRKvFYMMK716AbChrzPrZNApeQ"
}